Aligned Purpose Disassociation Protocol for Data Privacy
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Solution Overview
Problem
In a multi-application landscape, existing data privacy solutions face challenges in ensuring consistent and efficient end-of-purpose processing and data disassociation across integrated applications, leading to issues like distributed end-of-purpose checks and synchronous communication bottlenecks, which can result in regulatory compliance gaps and inefficient data management.
Innovation Solution
The implementation of an aligned purpose disassociation protocol that allows each system to locally determine disassociation decisions centrally, without immediate action, and a central component to evaluate and send disassociation instructions, enabling asynchronous processing and improving regulatory compliance by ensuring data is processed only for valid purposes.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If synchronous communication is used for end-of-purpose checks across multiple applications, then consistency of data disassociation decisions is improved, but communication delays and processing time increase
Solution Approach 1:
The system performs preliminary end-of-purpose checks locally at each application before initiating the integrated protocol. Each application determines its own disassociation status in advance, so that when the integrated protocol is initiated, the coordinator already has the information needed to make the final decision without requiring synchronous communication with all applications.
Solution Approach 2:
An integrated protocol coordinator acts as an intermediary between multiple applications. The coordinator collects end-of-purpose status information from applications and makes centralized disassociation decisions, eliminating the need for direct synchronous communication between all applications while maintaining consistency through centralized control.
2Productivity
If distributed end-of-purpose checks are performed independently by each application, then processing efficiency is improved, but regulatory compliance gaps occur due to lack of coordination
Solution Approach 1:
The end-of-purpose checking process is segmented into independent local checks at each application and a separate centralized decision-making process at the coordinator. Each application can perform its local assessment independently and in parallel, maintaining processing efficiency, while the coordinator aggregates results and ensures regulatory compliance through unified decision-making.
Solution Approach 2:
The integrated protocol implements a feedback mechanism where applications report their end-of-purpose status to the coordinator, which then makes disassociation decisions and communicates them back to applications. This feedback loop ensures that distributed processing is coordinated and that regulatory compliance is maintained through centralized oversight.
3Speed
If immediate action is taken upon local disassociation decisions, then responsiveness is improved, but data inconsistency occurs across applications
Solution Approach 1:
Applications perform preliminary assessments of end-of-purpose status and prepare disassociation decisions locally, but defer actual data disassociation until the integrated protocol coordinator confirms the decision. This allows applications to be responsive in their assessment while maintaining data consistency through coordinated execution.
Solution Approach 2:
The coordinator acts as an intermediary that receives disassociation decisions from applications, evaluates them for consistency, and either approves or rejects them. This intermediary layer prevents data inconsistency by ensuring that disassociation actions are coordinated across all applications before execution.
Data Source
AI summary
The present disclosure involves systems, software, and computer implemented methods for integrated data privacy services. An example method includes determining to initiate an integrated end of purpose protocol for an object. An end-of-purpose query is provided to multiple applications that requests each application to determine whether the application is able to block the object. End-of-purpose statuses are received, in response to the end-of-purpose query, that each indicate whether a respective application is able to block the object. The end-of-purpose statuses are evaluated to determine whether an aligned end of purpose has been reached for the object. In response to determining that the aligned end of purpose has been reached for the object, a block command is provided to each application that instructs the application to locally block the object in the application.